Ali Akbar Ashkarran

This study uses MXene nanosheets to capture Alzheimer's disease-associated plasma protein signatures, revealing disease-specific proteomic changes and potential biomarkers.

This paper introduces a high-sensitivity magnetic levitation method to detect protein corona heterogeneity on identical nanoparticles, revealing hidden compositional differences not captured by conventional pooled analysis.

This study uses magnetic levitation and metabolomics to distinguish breast cancer subtypes by their unique metabolic fingerprints.

The paper examines how maternal BMI affects nanoparticle protein corona composition in late pregnancy, identifying BMI-specific proteomic signatures.

This paper demonstrates that adding small molecules to plasma enhances nanoparticle protein corona diversity, significantly increasing the number of detectable proteins in plasma proteome profiling.

This study introduces a top-down proteomics method to precisely identify proteoforms in nanoparticle protein coronas, revealing biomarkers not detectable by bottom-up approaches.

This study standardizes protein corona characterization across proteomics centers, improving data consistency and reproducibility through unified protocols and workflows.